• Journal of the Korean Society of Clothing and Textiles
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• v.34 no.5
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• pp.873-887
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• 2010

Yuan Shi Kai, the first President of the Republic of China, established a ceremonial uniform system based on ancient styles in 1914 just before the national polity was changed to the Empire of China in 1915. This system is Jisiguanfuzhi (a system on costumes for memorial services), and figures included in the system are Jisiguanfutu (figures showing costumes for memorial services). This study is the first to examine Jisiguanfuzhi and Jisiguanfutu and to approach the background idea of the establishment of the system with a focus on the meaning of 'unity.' Jisiguanfuzhi regulates the ceremonial uniform system of all classes from the President along with the 1st-class to the 5th-class people. The uniform consists of a crown, robe, belt, the mid-section cloth, and boots. In addition, the uniforms of ritual musicians and dancers are included. The basic principles in establishing the system were the restoration of ancient systems, the adoption of convenience, the acceptance of current practices, and the implication of symbolism. Jisiguanfuzhi clarifies that the pattern of the ceremonial uniforms was modeled on Juebianfu, for religious services. The reason for choosing Juebianfu for religious services was to achieve 'unity' and Juebianfu was associated with 'unity' because it was common to all, from the emperor to the gentlemen class, in ancient times. Yuan Shi Kai tried to show flexibility to the gentlemen class who represented the intellectuals at that time by adopting Juebianfu for religious services, fearing that the gentlemen class might oppose the attempt to restore the imperial system. Therefore, although Jisiguanfuzhi adopted mostly Mianfu and royal sacrificial robes, it also emphasized 'unity' by professing that the uniforms were based on Juebianfu for religious services.

• Journal of Communications and Networks
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• v.18 no.6
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• pp.902-912
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• 2016

Recent advances in energy harvesting (EH) technology have motivated the adoption of rechargeable mobile devices for communications. In this paper, we consider a point-to-point (P2P) wireless communication system in which an EH transmitter with a non-ideal rechargeable battery is required to send a given fixed number of bits to the receiver before they expire according to a preset delay constraint. Due to the possible energy loss in the storage process, the harvest-use-and-store (HUS) architecture is adopted. We characterize the properties of the optimal solutions, for additive white Gaussian channels (AWGNs) and then block-fading channels, that maximize the energy efficiency (i.e., battery residual) subject to a given rate requirement. Interestingly, it is shown that the optimal solution has a water-filling interpretation with double thresholds and that both thresholds are monotonic. Based on this, we investigate the optimal double-threshold based allocation policy and devise an algorithm to achieve the solution. Numerical results are provided to validate the theoretical analysis and to compare the optimal solutions with existing schemes.

• Asian Pacific Journal of Cancer Prevention
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• v.15 no.22
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• pp.9859-9863
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• 2014

Genetic epidemiological studies have shown that genetic susceptibility to esophageal cancer (EC) is an important cause of its high incidence within families in some areas of China. The purpose of this study was to obtain evidence of a genetic basis of EC in Xin-an and Xin-xiang counties in China. Familial aggregation and complex segregation analyses were performed of 79 EC families in these counties. The heritability of EC was examined using Falconer's method and complex segregation analysis was conducted with the SEGREG program in Statistical Analysis for Genetic Epidemiology (SAGE version 5.3.1). The results showed that the distribution of EC in families did not fit well into a binomial distribution. The heritability of EC among first-degree and second-degree relatives was $67.0{\pm}7.31%$ and $43.1%{\pm}9.80%$, respectively, and the summing up powered heritability was $53.2{\pm}6.74%$. The segregation ratio was 0.045. Complex segregation analysis showed that the genetic model of EC was additive. The current results provide evidence for an inherited propensity to EC in certain high-risk groups in China, and support efforts to identify the genes that confer susceptibility to this disease.

• International Journal of Internet, Broadcasting and Communication
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• v.16 no.1
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• pp.106-123
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• 2024

This article takes the talk show "Beast Town" as an example to introduce the overall technical solution, technical difficulties and countermeasures for the combination of cartoon virtual characters and virtual studio technology, providing reference and experience for the multi-scenario application of digital humans. Compared with the live broadcast that combines reality and reality, we have further upgraded our virtual production technology and digital human-driven technology, adopted industry-leading real-time virtual production technology and monocular camera driving technology, and launched a virtual cartoon character talk show - "Beast Town" to achieve real Perfectly combined with virtuality, it further enhances program immersion and audio-visual experience, and expands infinite boundaries for virtual manufacturing. In the talk show, motion capture shooting technology is used for final picture synthesis. The virtual scene needs to present dynamic effects, and at the same time realize the driving of the digital human and the movement with the push, pull and pan of the overall picture. This puts forward very high requirements for multi-party data synchronization, real-time driving of digital people, and synthetic picture rendering. We focus on issues such as virtual and real data docking and monocular camera motion capture effects. We combine camera outward tracking, multi-scene picture perspective, multi-machine rendering and other solutions to effectively solve picture linkage and rendering quality problems in a deeply immersive space environment. , presenting users with visual effects of linkage between digital people and live guests.